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PREFACE
ETC00303(1) BINOS E e (2.0) 11/00
Rosemount Analytical
Preface
The BINOS E analyzers offer multi-component, multi-method analysis. Different measurement
methods can be combined in one analyzer.
BINOS E is designed to measure up to max. 4 gas components and up to 8 secondary
parameters (pressure, temperature and flow). Primary measurements include photometer
and non-photometer-channels (possible combinations: see price matrix):
- Non-dispersive Infrared (up to two channels)
- Non-dispersive Ultraviolet (one channel)
- Paramagnetic Oxygen (up to two channels)
- Electrochemical Oxygen (up to two channels)
BINOS E can combine up to two photometer and up to two non-photometer channels.
BINOS E is designed for OEM customers, for bench and sensor integrators, for universities and
institutes. That means for anybody who likes a modern new measuring philosophy with
communication via serial interface.
System builders create their own Control Units or Platforms. They need either high perfor-
mance optical or sensor benches (fast response, low ranges and/or high dynamic measure-
ments) or robust photometer/sensor technologies but with no need for an instrument display.
There is also no need for digital inputs or outputs, often even no necessity for analog outputs.
That is why BINOS E offers as a standard only communication via serial interface. Analog
outputs are available as option. Relay contacts, digital inputs and outputs are not provided.
Main applications for BINOS E are:
- Automotive (Internal Combustion Engine Emissions, ICEE)
- Fast response capnography (Lung function tests)
- Solids Analyzers (C, S, H, N analysis)
- TOC/ TN/ TS Analyzers (Total organic carbon, nitrogen or sulphur)
- Metallurgical Business (Oven atmosphere, hardening, ceramic)
BINOS E is specially designed to measure high dynamic ranges such as low carbon monoxide
concentrations for automotive applications combined with other measurements:
CO
low
: 0 - 50 ... 5,000 ppm
CO
high
: 0 - 0.5(1) ... 10 Vol.-%
CO
2
: 0 - 1 ... 16 (20) Vol.-%
O
2
: 0 - 1 (2) ... 10 (25) Vol.-%